ProLogium and FEV Group Unveil Groundbreaking Solid-State Battery Technology at CES
CES 2026 in Las Vegas witnessed an exciting collaboration between ProLogium Technology and FEV Group, highlighting their innovative approach to solid-state battery technology. As leaders in their fields, ProLogium specializes in solid-state battery research and development, while FEV Group is renowned for its mobility solutions. Together, they presented a next-generation electric vehicle (EV) battery module utilizing ProLogium's proprietary superfluidized all-inorganic solid-state lithium ceramic battery technology.
The showcased module promises significant advancements in battery performance: it is built for high energy density, ultra-high safety, rapid charging, and exceptional cold-weather performance. This groundbreaking technology aims to enable electric vehicles to achieve an impressive driving range of up to approximately 1,000 kilometers, addressing the common consumer concern over range anxiety.
During their partnership, which has been evolving since the signing of a Memorandum of Understanding in 2022, ProLogium and FEV have collaborated on the integration of battery system design, providing automakers with increased flexibility in chassis design and packaging. The enhanced energy density of this new battery technology means that manufacturers can either optimize for maximum range or minimize vehicle weight, depending on their specific needs.
One of the key highlights of the solid-state battery module is its rapid charging capability. Depending on the design and charging methods implemented, it can potentially achieve 60-80% charge in a mere 4-6 minutes without compromising safety. This not only encourages the broader adoption of high-power charging setups but also caters to extensive road travel needs in the future.
The CEO of ProLogium, Vincent Yang, emphasized the company’s commitment to creating safe, cost-effective, and efficient solid-state batteries. He mentioned that ProLogium has worked extensively with high-end European automakers to validate and develop these batteries from the cell level to complete vehicle platforms. Their goal is not merely conceptual; it is to develop a product that can confidently enable the 1,000-kilometer driving range.
Dr. Patrick Hupperich, the President and CEO of FEV Group, added that innovation is essential in reshaping the future of mobility. Leveraging decades of expertise, FEV aims to ensure that advanced technologies like those from ProLogium are not only feasible but primed for mass production and implementation. This partnership signifies a pivotal step toward an eco-friendly, smarter mobility ecosystem.
Both ProLogium and FEV have voiced their intention to transform electric vehicle Landscape by fusing cutting-edge battery technology with adept engineering. The successful locomotion from concept to production will eventually influence how electric vehicles are perceived, transitioning solid-state batteries from laboratory innovations to accessible public products.
The CES 2026 presentation was not just a milestone in technological advancement; it was a powerful statement of collaboration between ProLogium and FEV in pursuit of future-ready solutions in energy and transportation. Their shared vision for scalability and safety marks a significant progression toward a sustainable and innovative automotive future. As they advance towards the mass production phase, the upcoming gigafactory in Dunkirk, France, is expected to play a crucial role in the local distribution of these state-of-the-art batteries, further solidifying the companies' commitment to sustainable development in the vehicle industry.
The showcased module promises significant advancements in battery performance: it is built for high energy density, ultra-high safety, rapid charging, and exceptional cold-weather performance. This groundbreaking technology aims to enable electric vehicles to achieve an impressive driving range of up to approximately 1,000 kilometers, addressing the common consumer concern over range anxiety.
During their partnership, which has been evolving since the signing of a Memorandum of Understanding in 2022, ProLogium and FEV have collaborated on the integration of battery system design, providing automakers with increased flexibility in chassis design and packaging. The enhanced energy density of this new battery technology means that manufacturers can either optimize for maximum range or minimize vehicle weight, depending on their specific needs.
One of the key highlights of the solid-state battery module is its rapid charging capability. Depending on the design and charging methods implemented, it can potentially achieve 60-80% charge in a mere 4-6 minutes without compromising safety. This not only encourages the broader adoption of high-power charging setups but also caters to extensive road travel needs in the future.
The CEO of ProLogium, Vincent Yang, emphasized the company’s commitment to creating safe, cost-effective, and efficient solid-state batteries. He mentioned that ProLogium has worked extensively with high-end European automakers to validate and develop these batteries from the cell level to complete vehicle platforms. Their goal is not merely conceptual; it is to develop a product that can confidently enable the 1,000-kilometer driving range.
Dr. Patrick Hupperich, the President and CEO of FEV Group, added that innovation is essential in reshaping the future of mobility. Leveraging decades of expertise, FEV aims to ensure that advanced technologies like those from ProLogium are not only feasible but primed for mass production and implementation. This partnership signifies a pivotal step toward an eco-friendly, smarter mobility ecosystem.
Both ProLogium and FEV have voiced their intention to transform electric vehicle Landscape by fusing cutting-edge battery technology with adept engineering. The successful locomotion from concept to production will eventually influence how electric vehicles are perceived, transitioning solid-state batteries from laboratory innovations to accessible public products.
The CES 2026 presentation was not just a milestone in technological advancement; it was a powerful statement of collaboration between ProLogium and FEV in pursuit of future-ready solutions in energy and transportation. Their shared vision for scalability and safety marks a significant progression toward a sustainable and innovative automotive future. As they advance towards the mass production phase, the upcoming gigafactory in Dunkirk, France, is expected to play a crucial role in the local distribution of these state-of-the-art batteries, further solidifying the companies' commitment to sustainable development in the vehicle industry.
Topics Consumer Technology）
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